A hiker leaves her camp and walks 3.5 km in a direction of 55° south of west to the lake. After a short rest at the
lake, she hikes 2.7 km in a direction of 16° east of south to the scenic overlook.
What is the magnitude of the hiker's resultant displacement? Round your answer to the nearest tenth.
km
What is the direction of the hiker's resultant displacement? Round your answer to nearest whole degree.
south of west
4 Intro
Done

Question

14-09-2022
Physics

Answered

A hiker leaves her camp and walks 3.5 km in a direction of 55° south of west to the lake. After a short rest at the
lake, she hikes 2.7 km in a direction of 16° east of south to the scenic overlook.
What is the magnitude of the hiker's resultant displacement? Round your answer to the nearest tenth.
km
What is the direction of the hiker's resultant displacement? Round your answer to nearest whole degree.
south of west
4 Intro
Done

Answer :

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aryanagarwal466 aryanagarwal466 · Answer 1 · 2022-09-16T20:00:59-04:00

77 degrees is the hiker's resultant displacement.

A resultant displacement is produced when displacement vectors are added. However, as long as two vectors have the same vector amount, any two vectors can be added. A resultant velocity is produced when two or more velocity vectors are added. A resultant force is created when two or more force vectors are joined together.

When specifying your initial and ultimate locations using units of distance, apply the resultant displacement calculation. S = √x²+y² is the displacement formula that results. For displacement, use the letter "S." The object is moving in two directions at once: X in the first direction and Y in the second. Y = 0 if your object only moves in one direction.

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